model compound - Globe Thesis

Keyword [model compound] Result: 121 - 140 \| Page: 7 of 8
121.	Alcohol and Saccharide Model-Compound Pyrolysis Experiments to Improve Understanding of Cellulose Pyrolysis
122.	Study On The Mechanism Of Alkali Metal Sodium On Coal Pyrolysis-derived Soot
123.	The Study Of Catalytic Liquefaction For Kraft Lignin And Model Compound In Supercritical Alcohol
124.	Study On Structures And Phenolation Modification Of ?-Valerolactone Lignin
125.	Experimental Study On The Gasification Of Poplar By DBD Low Temperature Plasma
126.	Study On Coupling Production Of Light Aromatic Hydrocarbons From Methanol/Hami Lignite Pyrolysis Components Catalyzed By Modified HZSM-5
127.	Research On The Matching Regularity Between The Cracking Of Coal And The Hydrogen Supply Of Solvent In Direct Coal Liquefaction
128.	Research On The Hydrogen Supply And Hydrogenation Behavior Of Circulating Solvents During Direct Coal Liquefaction
129.	Study On Co-pyrolysis Characteristics Of Platanus And Bituminous Coal In A Tube Furnace
130.	Catalytic Cracking Of Model Compounds Of Waste Cooking Oil To Hydrogen And CO₂ Reforming To Syngas
131.	Study On The Thermal Conversion Of Coal And Coal Tar Model Compound By Molten Salt
132.	Bentonite-Metal Composite Catalyzed Heavy Oil-Water-Alcohol Three Component Reaction And Its Mechanism Research
133.	Study On The Directional Cleavage Of C-O Bond Of Lignin Model Compounds Over Solid Acid Catalyst
134.	Study On The Selective Catalytic Oxidation Of C? Alcohol Lignin Model Compounds
135.	Hydrogen Production Via Steam Reforming Of Bio-oil Derived Model Compound Acetic Acid Over Ti-modified Ni/ATP Catalysts
136.	Study On The Reaction Of Cellulose Catalyzed By FeCl₃-CuCl₂ To Produce 5-HMF In Two-phase System
137.	Theoretical Study On Thermal Degradation Mechanism Of Polyethylene Terephthalate Model Compound
138.	Research On CCS Investment Decision Of Coal-fired Power Plant Based On Fuzzy Real Options
139.	Catalytic Cracking Of Waste Cooking Oil Model Compound To Produce Hydrogen And Carbon Nanotubes
140.	Characterization Of Biomass And Its Pyrolysis Products And Catalytic Mechanism Of Model Compounds By Nuclear Magnetic Resonance Technique
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